@@ -5,7 +5,6 @@ class TestPRD extends Node:
const RAY_25 : = ' RAY_25 '
const RAY_35 : = ' RAY_35 '
const RAY_45 : = ' RAY_45 '
enum STATE_VAL { NONE = 0 , GOOD = 1 , ERROR = 2 }
enum STATE_MASHINE {
INIT ,
FS_TURN_ON ,
@@ -56,13 +55,11 @@ class TestPRD extends Node:
var pribor_config : Dictionary
var fs_parameters : Dictionary
var block_ip_config : Dictionary
var block_dkm_config : Dictionary
var block_fs_config : Dictionary
var block_kasseta_y5_config : Dictionary
var control_results : Dictionary
var self_name : String
var state : int = STATE_MASHINE . INIT
var current_fs : int
var current_litera : int
var flag_timer_started : bool = false
var unit_prd : Object
var module_prd : Object
@@ -70,8 +67,10 @@ class TestPRD extends Node:
var control_label : Label
var control_timer : Timer = Timer . new ( )
var ems_6666_timer : Timer = Timer . new ( )
signal control_is_over ( control_results )
signal control_is_over ( control_results , power_result
var ecms : Dictionary ## Словарь помеховых воздействий
## Инициализация аргуметнов
func _init ( init_data : Dictionary ) - > void :
@@ -83,11 +82,9 @@ class TestPRD extends Node:
pribor_config = init_data [ ' prd_config ' ]
fs_parameters = init_data [ ' fs_params ' ]
block_ip_config = init_data [ ' block_ip_prd_config ' ]
block_dkm_config = init_data [ ' block_dkm_prd_config ' ]
block_fs_config = init_data [ ' block_fs_prd_config ' ]
block_kasseta_y5_config = init_data [ ' block_kasseta_y5_prd_config ' ]
control_results = init_data [ ' control_results ' ]
current_fs = init_data [ ' current_fs ' ]
current_litera = init_data [ ' current_litera ' ]
func _ready ( ) - > void :
@@ -107,25 +104,25 @@ class TestPRD extends Node:
var status : PackedByteArray = unit_pribor . status
block_kasseta_y5_config = check_block_kasseta_y5 ( status , block_kasseta_y5_config )
block_ip_config = check_block_ip ( status , block_ip_config )
check_temperature_um ( status , power_amplify )
control_results . temperature = ( status , power_amplify )
_process_dkm_status ( status )
if current_fs != 0 :
var tek_litera : Dictionary = power_result [ current_fs ]
if current_litera != 0 :
var tek_litera : Dictionary = power_result [ current_litera ]
var interes = _get_ray_key ( state )
if interes != ' ' :
tek_litera [ _get_ray_key ( state ) ] = power_um_ukp ( status , current_fs , tek_litera [ _get_ray_key ( state ) ] )
power_result [ current_fs ] = tek_litera
tek_litera [ _get_ray_key ( state ) ] = power_um_ukp ( status , current_litera , tek_litera [ _get_ray_key ( state ) ] )
power_result [ current_litera ] = tek_litera
## Пакеты от MP550Service
func on_fs_update_state ( packet_type_7 : Dictionary , fs_mapping : Dictionary ) - > void :
var fs_key : String = FS_KEYS . get ( current_fs , ' ' )
var fs_key : String = FS_KEYS . get ( current_litera , ' ' )
if fs_key . is_empty ( ) :
return
var fs_result : = { fs_key : STATE_VAL . NONE }
var fs_result : = { fs_key : 0 }
fs_result = on_fs_state ( packet_type_7 , fs_mapping , fs_result )
block_fs_config [ fs_key ] = fs_result [ fs_key ]
control_results [ fs_key ] = fs_result [ fs_key ]
##
@@ -137,7 +134,7 @@ class TestPRD extends Node:
_handle_fs_turn_on_state ( )
state = STATE_MASHINE . FS_WORK
STATE_MASHINE . FS_WORK :
if not flag_timer_started :
if ecms . size ( ) :
_handle_fs_work_state ( )
STATE_MASHINE . CHEK_KASSETA_Y5 :
if block_kasseta_y5_config [ ' yau07 ' ] :
@@ -151,12 +148,12 @@ class TestPRD extends Node:
#ems_6666_timer.start()
#state = STATE_MASHINE.READ_ISA
STATE_MASHINE . READ_ISA :
if ( unit_prd . cmd_state == unit_prd . CmdState . DONE ) or ( unit_prd . cmd_state == unit_prd . CmdState . FALSE ) :
if ( unit_prd . cmd_state == unit_prd . CmdState . DONE ) or ( unit_prd . cmd_state == unit_prd . CmdState . FAI L ) :
_handle_read_isa ( module_prd , unit_prd , [ constants . ADDR_UG_LITERA_1 , constants . ADDR_UG_LITERA_2 , constants . ADDR_UG_LITERA_3 ] )
state = STATE_MASHINE . UG_SET_RAY
STATE_MASHINE . UG_SET_RAY :
var addr : int = constants . ADDR_UG_LITERA_1
if current_fs == 3 or current_fs == 5 or current_fs == 7 :
if current_litera == 3 or current_litera == 5 or current_litera == 7 :
addr = constants . ADDR_UG_LITERA_2
if unit_prd . isa_ports . has ( addr ) and ( unit_prd . cmd_state == unit_prd . CmdState . DONE ) :
control_timer . stop ( )
@@ -171,8 +168,8 @@ class TestPRD extends Node:
elif unit_prd . isa_ports [ addr ] & 0x07 == 4 :
state = STATE_MASHINE . UG_SET_RAY_5
elif unit_prd . isa_ports [ addr ] & 0x07 == 5 :
if not current_fs == 1 :
control_results = check_dou_result ( control_results , power_result , self_name , current_fs , constants )
if not current_litera == 1 :
control_results = check_dou_result ( control_results , power_result , self_name , current_litera , constants )
state = STATE_MASHINE . IN_EMS_STOP
elif unit_prd . isa_ports [ addr ] & 0x07 == 6 :
state = STATE_MASHINE . UG_SET_RAY_0
@@ -201,39 +198,39 @@ class TestPRD extends Node:
state = STATE_MASHINE . FS_TURN_OFF
STATE_MASHINE . FS_TURN_OFF :
_handle_fs_turn_off_state ( )
state = STATE_MASHINE . STOP_CONTROL
STATE_MASHINE . STOP_CONTROL :
_handle_stop_control_state ( )
func _handle_init_state ( ) - > void :
control_label . text = ' Выполняется инициализация ФС- %s ' % current_fs
if current_fs in [ 1 , 2 , 3 , 4 , 5 , 6 , 7 ] :
state = STATE_MASHINE . FS_TURN_ON
#state = STATE_MASHINE.STOP_CONTROL
control_label . text = ' Выполняется инициализация ФС- %s ' % current_litera
if current_litera in [ 1 , 2 , 3 , 4 , 5 , 6 , 7 ] :
if not ecms . size ( ) :
state = STATE_MASHINE . FS_TURN_ON
else :
control_results = on_control_result ( block_ip_config , block_dkm_config , block_fs_config , control_results )
emit_signal ( ' control_is_over ' , control_results )
control_results = on_control_result ( block_ip_config , control_results )
var send_power_pack = prep_power ( power_result , self_name )
emit_signal ( ' control_is_over ' , control_results , send_power_pack )
state = STATE_MASHINE . AWAIT
func _handle_fs_turn_on_state ( ) - > void :
control_label . text = ' Выполняется включение ФС- %s ' % current_fs
manage_fs ( true , self_name , pribor_config , fs_parameters , current_fs , constants . POWER_UM )
control_label . text = ' Выполняется включение ФС- %s ' % current_litera
manage_fs ( true , self_name , pribor_config , fs_parameters , current_litera , constants . POWER_UM )
control_timer . wait_time = constants . TIMER_DELAY
control_timer . start ( )
func _handle_fs_work_state ( ) - > void :
control_label . text = ' Выполняется проверка ФС- %s ' % current_fs
if not module_prd . unit_yau07 . online :
return
if ( current_fs == 2 and block_fs_config . fs_2 ) or \
( current_fs == 3 and block_fs_config . fs_3 ) or \
( current_fs == 4 and block_fs_config . fs_4 ) or \
( current_fs == 5 and block_fs_config . fs_5 ) or \
( current_fs == 6 and block_fs_config . fs_6 ) or \
( current_fs == 7 and block_fs_config . fs_7 ) or \
( current_fs == 1 and block_fs_config . fs_1 ) :
control_label . text = ' Выполняется проверка ФС- %s ' % current_litera
if ( current_litera == 2 and control_results . fs_2 ) or \
( current_litera == 3 and control_results . fs_3 ) or \
( current_litera == 4 and control_results . fs_4 ) or \
( current_litera == 5 and control_results . fs_5 ) or \
( current_litera == 6 and control_results . fs_6 ) or \
( current_litera == 7 and control_results . fs_7 ) or \
( current_litera == 1 and control_results . fs_1 ) :
state = STATE_MASHINE . CHEK_KASSETA_Y5
@@ -271,27 +268,26 @@ class TestPRD extends Node:
func _handle_fs_turn_off_state ( ) - > void :
control_label . text = ' Выполняется отключение ФС- %s ' % current_fs
manage_fs ( false , self_name , pribor_config , fs_parameters , current_fs , constants . POWER_UM )
state = STATE_MASHINE . STOP_CONTROL
control_label . text = ' Выполняется отключение ФС- %s ' % current_litera
manage_fs ( false , self_name , pribor_config , fs_parameters , current_litera , constants . POWER_UM )
func _handle_stop_control_state ( ) - > void :
control_label . text = ' Выполняется завершение проверки ФС- %s ' % current_fs
control_label . text = ' Выполняется завершение проверки ФС- %s ' % current_litera
flag_timer_started = false
_advance_to_next_fs ( )
state = STATE_MASHINE . INIT
func _advance_to_next_fs ( ) - > void :
match current_fs :
1 : current_fs = 6
2 : current_fs = 3
3 : current_fs = 0
4 : current_fs = 5
5 : current_fs = 0
6 : current_fs = 7
7 : current_fs = 0
match current_litera :
1 : current_litera = 6
2 : current_litera = 3
3 : current_litera = 0
4 : current_litera = 5
5 : current_litera = 0
6 : current_litera = 7
7 : current_litera = 0
######################################
@@ -299,9 +295,14 @@ class TestPRD extends Node:
_determine_self_name ( )
var fs_mapping = _create_fs_mapping ( self_name )
signaller . conn ( signaller . fs_update_state , Callable ( self , ' on_fs_update_state ' ) . bind ( fs_mapping ) )
interfer . connect ( ' interfer_resized ' , Callable ( self , ' on_interfer_resized ' ) )
unit_prd . connect ( ' data_received ' , Callable ( self , ' on_data_received ' ) )
func on_interfer_resized ( ecms_dic : Dictionary ) - > void :
ecms = ecms_dic
func _determine_self_name ( ) - > void :
var current_unit = unit_prd . name
var parts = current_unit . split ( ' - ' )
@@ -321,25 +322,38 @@ class TestPRD extends Node:
func _process_dkm_status ( status : PackedByteArray ) - > void :
if not block_fs_config . has ( _get_current_fs_key ( ) ) :
if not control_results . has ( _get_current_fs_key ( ) ) :
return
var dkm_bit = _get_dkm_bit_for_current_fs ( )
block_dkm_config = check_dkm ( status , dkm_bit , block_dkm_config )
var dkm_bit = _get_dkm_bit_for_current_fs ( current_litera , constants )
if dkm_bit == 0 :
control_results [ ' dkm_1 ' ] = check_dkm ( status , dkm_bit )
elif dkm_bit == 1 :
control_results [ ' dkm_2 ' ] = check_dkm ( status , dkm_bit )
elif dkm_bit == 2 :
control_results [ ' dkm_3 ' ] = check_dkm ( status , dkm_bit )
elif dkm_bit == 3 :
control_results [ ' dkm_4 ' ] = check_dkm ( status , dkm_bit )
elif dkm_bit == 4 :
control_results [ ' dkm_5 ' ] = check_dkm ( status , dkm_bit )
elif dkm_bit == 5 :
control_results [ ' dkm_6 ' ] = check_dkm ( status , dkm_bit )
elif dkm_bit == 6 :
control_results [ ' dkm_7 ' ] = check_dkm ( status , dkm_bit )
func _get_current_fs_key ( ) - > String :
return FS_KEYS . get ( current_fs , ' ' )
return FS_KEYS . get ( current_litera , ' ' )
func _get_dkm_bit_for_current_fs ( ) - > int :
match current_fs :
1 : return constants . DKM_BIT_1
2 : return constants . DKM_BIT_2
3 : return constants . DKM_BIT_3
4 : return constants . DKM_BIT_4
5 : return constants . DKM_BIT_5
6 : return constants . DKM_BIT_6
7 : return constants . DKM_BIT_7
static _get_dkm_bit_for_current_fs ( litera : int , constants_dic : Dictionary ) - > int :
match litera :
1 : return constants_dic . DKM_BIT_1
2 : return constants_dic . DKM_BIT_2
3 : return constants_dic . DKM_BIT_3
4 : return constants_dic . DKM_BIT_4
5 : return constants_dic . DKM_BIT_5
6 : return constants_dic . DKM_BIT_6
7 : return constants_dic . DKM_BIT_7
_ : return - 1
@@ -355,28 +369,17 @@ class TestPRD extends Node:
func on_stop_control ( ) - > void :
_handle_fs_turn_off_state ( )
state = STATE_MASHINE . FS_TURN_OFF
static func on_control_result ( ip_config : Dictionary , dkm_config : Dictionary , fs_config : Dictionary , ctrl_results : Dictionary ) - > Dictionary :
static func on_control_result ( ip_config : Dictionary , ctrl_results : Dictionary ) - > Dictionary :
var all_blocks_ip_ok = true
var all_blocks_dkm_ok = true
var all_blocks_fs_ok = true
for block in ip_config :
if not ip_config [ block ] [ 1 ] :
all_blocks_ip_ok = false
ctrl_results [ ' block_ip ' ] = all_blocks_ip_ok
for block in dkm_config :
if not dkm_config [ block ] :
all_blocks_dkm_ok = false
ctrl_results [ ' dkm ' ] = all_blocks_dkm_ok
for block in fs_config :
if not fs_config [ block ] :
all_blocks_fs_ok = false
ctrl_results [ ' fs ' ] = all_blocks_fs_ok
return ctrl_results
@@ -398,7 +401,7 @@ class TestPRD extends Node:
## Управаление модулем фс (включить/отключить излучение)
static func manage_fs ( mode : bool , pribor : String , p_conf : Dictionary , fs_params : Dictionary , cur_fs : int , power_um : int ) - > void :
static func manage_fs ( mode : bool , pribor : String , p_conf : Dictionary , fs_params : Dictionary , litera : int , power_um : int ) - > void :
# Получаем конфигурацию для текущего прибора
var config : Dictionary = p_conf [ pribor ]
var angle : float = config . angle
@@ -408,13 +411,13 @@ class TestPRD extends Node:
var interfer_name : String = ' k1 ' if mode else ' off '
var fs_arr : Array = [ ]
if cur_fs in fs_params :
var params = fs_params [ cur_fs ]
if litera in fs_params :
var params = fs_params [ litera ]
fs_arr . append ( [
angle ,
params . freq ,
params . width ,
sectors [ cur_fs - 1 ] if cur_fs == 1 else sectors [ cur_fs - 5 ] if cur_fs > 5 else sectors [ cur_fs - 4 ] if cur_fs > 3 else sectors [ cur_fs - 2 ]
sectors [ litera - 1 ] if litera == 1 else sectors [ litera - 5 ] if litera > 5 else sectors [ litera - 4 ] if litera > 3 else sectors [ litera - 2 ]
] )
signaller . emit_signal ( ' interfer_init ' , interfer_name , fs_arr , power_um )
@@ -443,7 +446,7 @@ class TestPRD extends Node:
## Проверка температур У М
static func check_temperature_um ( status_prd : PackedByteArray , power_amplifier : Array ) - > void :
static func check_temperature_um ( status_prd : PackedByteArray , power_amplifier : Array ) - > bool :
const Constants : Dictionary = {
' CONST_MIN_TEMP ' : - 25 ,
' MAXIMUM_CODE_ADC ' : 3796 ,
@@ -454,6 +457,7 @@ class TestPRD extends Node:
const TEMP : float = 115.0 / ( Constants . MAXIMUM_CODE_ADC - Constants . MINIMUM_CODE_AD )
var ukp1_online : int = ( status_prd [ 0 ] >> 2 ) & 1
var ukp2_online = ( status_prd [ 0 ] >> 3 ) & 1
var all_temp_is_ok : bool = true
if ukp1_online :
var tmp_1 : int
@@ -461,42 +465,36 @@ class TestPRD extends Node:
for i_temp in 6 :
temperature_ukp_1 = status_prd . decode_u16 ( Constants . TEMPERATURE_UKP_1 + 2 * i_temp )
tmp_1 = round ( Constants . CONST_MIN_TEMP + ( Constants . MAXIMUM_CODE_ADC - temperature_ukp_1 ) * TEMP + 3 )
power_amplifier [ i_temp ] . value0 = tmp_1
power_amplifier [ i_temp ] . value1 = tmp_1
if tmp_1 > 70 :
all_temp_is_ok = false
if power_amplifier . size ( ) > 12 : # Темпуратура от У М
temperature_ukp_1 = status_prd . decode_u16 ( Constants . TEMPERATURE_UKP_1 + 2 * 7 )
tmp_1 = round ( Constants . CONST_MIN_TEMP + ( Constants . MAXIMUM_CODE_ADC - temperature_ukp_1 ) * TEMP + 3 )
power_amplifier [ 6 ] . value0 = tmp_1
power_amplifier [ 6 ] . value1 = tmp_1
if tmp_1 > 70 :
all_temp_is_ok = false
if ukp2_online :
for i_temp in 6 :
var temperature_ukp_2 : int = status_prd . decode_u16 ( Constants . TEMPERATURE_UKP_2 + 2 * i_temp )
var tmp_2 : int = round ( Constants . CONST_MIN_TEMP + ( Constants . MAXIMUM_CODE_ADC - temperature_ukp_2 ) * TEMP + 3 )
if power_amplifier . size ( ) > 12 :
power_amplifier [ i_temp + 7 ] . value0 = tmp_2
power_amplifier [ i_temp + 7 ] . value1 = tmp_2
if tmp_2 > 70 :
all_temp_is_ok = false
else :
power_amplifier [ i_temp + 6 ] . value0 = tmp_2
power_amplifier [ i_temp + 6 ] . value1 = tmp_2
if tmp_2 > 70 :
all_temp_is_ok = false
return all_temp_is_ok
## Проверка ДКМ
static func check_dkm ( status_prd : PackedByteArray , bit_dkm : int , dkm_result : Dictionary - > Dictionary :
static func check_dkm ( status_prd : PackedByteArray , bit_dkm : int ) - > bool :
var dkm : int = 28
var status_dkm = status_prd [ dkm ] >> bit_dkm & 1
if bit_dkm == 0 :
dkm_result [ ' dkm_1 ' ] = status_dkm
elif bit_dkm == 1 :
dkm_result [ ' dkm_2 ' ] = status_dkm
elif bit_dkm == 2 :
dkm_result [ ' dkm_3 ' ] = status_dkm
elif bit_dkm == 3 :
dkm_result [ ' dkm_4 ' ] = status_dkm
elif bit_dkm == 4 :
dkm_result [ ' dkm_5 ' ] = status_dkm
elif bit_dkm == 5 :
dkm_result [ ' dkm_6 ' ] = status_dkm
elif bit_dkm == 6 :
dkm_result [ ' dkm_7 ' ] = status_dkm
return dkm_result
var status_dkm : bool = status_prd [ dkm ] >> bit_dkm & 1
return status_dkm
##
@@ -548,14 +546,14 @@ class TestPRD extends Node:
##
static func power_um_ukp ( status : PackedByteArray , crnt_fs : int , pwr_result : Array ) - > Array :
static func power_um_ukp ( status : PackedByteArray , litera : int , pwr_result : Array ) - > Array :
const Constants : Dictionary = { ' POWER_UKP_1 ' : 31 , ' POWER_UKP_2 ' : 63 }
var power_values : Array = [ ]
var base_offset = 0
var iteration : int = 6
var ug_valid : bool = ( status [ 0 ] >> 2 ) & 1
match crnt_fs :
match litera :
1 :
# Обработка для current_fs = 1 (одно значение)
var value = status . decode_u16 ( Constants . POWER_UKP_1 + 2 * 7 )
@@ -621,15 +619,15 @@ class TestPRD extends Node:
return max_power_values . duplicate ( )
static func check_dou_result ( control_dic : Dictionary , power_dic : Dictionary , pribor : String , cur_prd : int , cnst : Dictionary ) - > Dictionary :
static func check_dou_result ( control_dic : Dictionary , power_dic : Dictionary , pribor : String , litera : int , cnst : Dictionary ) - > Dictionary :
var all_dou_ok = true
var dou : String = ' dou_2 ' if cur_prd == 2 else ' dou_3 '
var dou : String = ' dou_2 ' if litera == 2 else ' dou_3 '
if pribor == ' 1к ' or pribor == ' 2к ' or pribor == ' 3к ' or pribor == ' 4к ' :
dou = ' dou_6 ' if cur_prd == 6 else ' dou_7 '
dou = ' dou_6 ' if litera == 6 else ' dou_7 '
elif pribor == ' 1в ' or pribor == ' 2в ' or pribor == ' 3в ' or pribor == ' 4в ' :
dou = ' dou_4 ' if cur_prd == 5 else ' dou_5 '
dou = ' dou_4 ' if litera == 4 else ' dou_5 '
var ray_dic : Dictionary = power_dic [ cur_prd ]
var ray_dic : Dictionary = power_dic [ litera ]
if ray_dic [ RAY_m5 ] . size ( ) == 0 or \
ray_dic [ RAY_5 ] . size ( ) == 0 or \
ray_dic [ RAY_15 ] . size ( ) == 0 or \
@@ -642,10 +640,62 @@ class TestPRD extends Node:
for i_pow_arr in ray_dic . values ( ) :
for i_pow in i_pow_arr . size ( ) :
if i_pow_arr [ i_pow ] < cnst . POWER_THRESHOLD :
( ' dou_ %s : false ' % cur_prd
# print_debug('dou_%s: false' % litera )
all_dou_ok = false
print ( [ cur_prd , ray_dic ] )
control_dic [ dou ] = all_dou_ok
return control_dic
static func prep_power ( power_dic : Dictionary , prd_name : String ) - > Dictionary :
const RAY_KEYS : = [ " RAY_m5 " , " RAY_5 " , " RAY_15 " , " RAY_25 " , " RAY_35 " , " RAY_45 " ]
var prep_pow_dic : Dictionary = { }
var arr_litera : Array [ int ]
match prd_name :
' 1н ' , ' 2н ' , ' 3н ' , ' 4н ' :
arr_litera = [ 2 , 3 ]
' 1в ' , ' 2в ' , ' 3в ' , ' 4в ' :
arr_litera = [ 4 , 5 ]
' 1к ' , ' 2к ' , ' 3к ' , ' 4к ' :
arr_litera = [ 6 , 7 , 1 ]
if not arr_litera :
print_debug ( ' Ошибка в prd_name ' )
return prep_pow_dic
var um_names : Array [ Array ] = [ ]
if arr_litera . size ( ) != 3 :
um_names = [
[ ' um_1 ' , ' um_2 ' , ' um_3 ' , ' um_4 ' , ' um_5 ' , ' um_6 ' ] ,
[ ' um_7 ' , ' um_8 ' , ' um_9 ' , ' um_10 ' , ' um_11 ' , ' um_12 ' ]
]
else :
um_names = [
[ ' um_1 ' , ' um_2 ' , ' um_3 ' , ' um_4 ' , ' um_5 ' , ' um_6 ' ] ,
[ ' um_8 ' , ' um_9 ' , ' um_10 ' , ' um_11 ' , ' um_12 ' , ' um_13 ' ] ,
[ ' um_7 ' ] # Особый случай для третьего элемента
]
for litera_index in arr_litera . size ( ) :
var litera : int = arr_litera [ litera_index ]
var litera_data : Dictionary = power_dic . get ( litera , { } )
var um_data : Array [ Array ] = [ [ ] , [ ] , [ ] , [ ] , [ ] , [ ] ]
for i in range ( RAY_KEYS . size ( ) ) :
var ray_key : String = RAY_KEYS [ i ]
var ray_array : Array = litera_data . get ( ray_key , [ ] )
if ray_array . size ( ) == 1 :
var single_value = ray_array [ 0 ]
for j in range ( 6 ) :
um_data [ j ] . append ( single_value )
else :
for j in range ( 6 ) :
um_data [ j ] . append ( ray_array [ j ] if j < ray_array . size ( ) else 0 )
var current_um_names : Array = um_names [ litera_index ]
for um_index in range ( current_um_names . size ( ) ) :
prep_pow_dic [ current_um_names [ um_index ] ] = um_data [ um_index ]
return prep_pow_dic
MaD_CaT